def test_DrawNoData(self):
RealPath = os.path.join(os.path.dirname(__file__),
'../Maps/TestMap/Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
drawMatch = GameDrawing(csvreader.Matrix)
self.assertTrue(csvreader.fileLoaded, "error")
def test_DrawAll_FinalState_Destruction(self):
RealPath = os.path.join(os.path.dirname(__file__),
'../Maps/TestMap/Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
game1 = CompleteGameState(100)
game1.player_1_State.position = Point(0, 0)
game1.player_2_State.position = Point(9, 9)
game2 = CompleteGameState(100)
game2.player_1_State.position = Point(1, 1)
game2.player_2_State.position = Point(2, 4)
game3 = CompleteGameState(100)
game3.player_1_State.position = Point(2, 7)
game3.player_2_State.position = Point(9, 3)
game3.player_1_State.score = 10
game3.player_2_State.score = 20
game3.player_2_State.destroyed = True
games = []
games.append(game1)
games.append(game2)
games.append(game3)
drawMatch = GameDrawing(csvreader.Matrix, games)
self.assertTrue(csvreader.fileLoaded, "error")
def __init__(self,configProvider):
self._GraphLoaded = False
self._Consts=Constants()
self._ConfigProvider=configProvider
self._MovementCalculator=MovementCalculator(configProvider)
self._Csvreader=CSVMatrixReader()
self._LosCalculator = LosCalculator()
self._GraphLoaded=False
self._DrawGraphs=bool(self._ConfigProvider.getValue('Game.Config', 'DrawMapHolderGraph').lower() in ("true"))
def test_IsLos_Fail_SameCol_UpMovment(self):
RealPath = os.path.join(os.path.dirname(__file__),
'..\Maps\ChallangeMap\Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
p1 = Point(7, 4)
p2 = Point(7, 2)
calc = LosCalculator()
isLos = calc.IsLos(p1, p2, csvreader.Matrix)
self.assertFalse(isLos)
def test_IsLos_Success_SameRow_LeftMovment(self):
RealPath = os.path.join(os.path.dirname(__file__),
'..\Maps\ChallangeMap\Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
p1 = Point(1, 1)
p2 = Point(0, 1)
calc = LosCalculator()
isLos = calc.IsLos(p1, p2, csvreader.Matrix)
self.assertTrue(isLos)
def test_DrawRandomData(self):
RealPath = os.path.join(os.path.dirname(__file__),
'../Maps/TestMap/Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
games = []
for idx in range(100):
game = CompleteGameState(100)
self._RandomizeGame(game)
game.playingtime = idx
games.append(game)
drawMatch = GameDrawing(csvreader.Matrix, games)
self.assertTrue(csvreader.fileLoaded, "error")
def Play(self):
if (self._Valid):
csvreader = CSVMatrixReader()
csvreader.parse(self._gamemetadata.infrapath)
if (csvreader.fileLoaded):
drawMatch = GameDrawing(csvreader.Matrix, self._gamestates)
def __init__(self, filename):
self._filename = filename
self._Csvreader = CSVMatrixReader()
self._Valid = self._Csvreader.parse(filename)
self._Consts = Constants()
self._LosCalculator = LosCalculator()
class InfraPrepMode(object):
def __init__(self, filename):
self._filename = filename
self._Csvreader = CSVMatrixReader()
self._Valid = self._Csvreader.parse(filename)
self._Consts = Constants()
self._LosCalculator = LosCalculator()
def Prep(self, destfolder) -> bool:
if (self._Valid):
filename = Path(self._filename).name
try:
#copy CSV
destfilename = os.path.join(destfolder, filename)
if (destfilename != self._filename):
shutil.copy2(self._filename, destfilename)
#build Graph
self._buildGraph()
self._SaveGraph(destfolder)
# build Controllpoints
self._LoadControlledPoints()
self._SaveControllingPoints(destfolder)
# build Controllpoints
self._LoadSafePoints()
self._SaveSafePoints(destfolder)
except:
print(sys.exc_info())
return False
return False
def _LoadControlledPoints(self):
self._PointsControl = {}
dim = self._getMapDim()
for RowIndex in range(0, dim.width):
self._PointsControl[RowIndex] = {}
for ColIndex in range(0, dim.height):
self._GetControllingPointsForPoint(RowIndex, ColIndex)
def _LoadSafePoints(self):
self._SafePoints = []
dim = self._getMapDim()
goodvalues = [self._Consts.SafePointValue]
safepointsindexes = np.isin(self._Csvreader.Matrix, goodvalues)
Y, X = np.where(safepointsindexes)
for i in range(len(Y)):
self._SafePoints.append(Point(X[i], Y[i]))
print(safepointsindexes)
def _GetControllingPointsForPoint(self, x, y):
dim = self._getMapDim()
point = Point(x, y)
pointcontrol = PointsControl(point)
for ColIndex in range(0, dim.height):
for RowIndex in range(0, dim.width):
targetpoint = Point(RowIndex, ColIndex)
if (targetpoint != point):
if (self._LosCalculator.IsLos(point, targetpoint,
self._Csvreader.Matrix)):
pointcontrol.controlledpoints.append(targetpoint)
if not self._LosCalculator.IsSafePoint(
targetpoint, self._Csvreader.
Matrix) and self._LosCalculator.IsLos(
targetpoint, point, self._Csvreader.Matrix):
pointcontrol.controllingpoints.append(targetpoint)
self._PointsControl[x][y] = pointcontrol
def _SaveSafePoints(self, destfolder):
safepoints = jsonpickle.encode(self._SafePoints)
filedir = os.path.join(destfolder, self._Consts.SafePointsFileName)
with io.open(filedir, 'w') as f:
f.write(safepoints)
def _SaveControllingPoints(self, destfolder):
controllingpoints = jsonpickle.encode(self._PointsControl)
filedir = os.path.join(destfolder,
self._Consts.ControllingPointsFileName)
with io.open(filedir, 'w') as f:
f.write(controllingpoints)
def _SaveGraph(
self,
destfolder,
):
data = json_graph.node_link_data(self._Graph)
graph = json.dumps(data)
filedir = os.path.join(destfolder, self._Consts.MovementGraphFileName)
with io.open(filedir, 'w') as f:
f.write(graph)
def _getMapDim(self):
dim = Dimensions(0, 0)
if self._Csvreader.fileLoaded:
dim.width, dim.height = self._Csvreader.Matrix.shape
return dim
def _buildGraph(self):
dim = self._getMapDim()
labels = {}
self._Graph = nx.Graph()
for colIndex in range(0, dim.width):
for rowIndex in range(0, dim.height):
cord = Point.ToGridNode(colIndex, rowIndex, dim.height)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 0, 0)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 0, 1)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 0, -1)
self._UpdateWeight(cord, colIndex, rowIndex, dim, -1, 0)
self._UpdateWeight(cord, colIndex, rowIndex, dim, -1, 1)
self._UpdateWeight(cord, colIndex, rowIndex, dim, -1, -1)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 1, 0)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 1, -1)
self._UpdateWeight(cord, colIndex, rowIndex, dim, 1, 1)
self._Graph.nodes[cord]["X"] = colIndex
self._Graph.nodes[cord]["Y"] = rowIndex
labels[cord] = "({0}-{1})".format(rowIndex, colIndex)
nx.relabel_nodes(self._Graph, labels)
def _UpdateWeight(self, cord, colIndex, rowIndex, dim, xFactor, yFactor):
newColIndex = colIndex + xFactor
newRowIndex = rowIndex + yFactor
if (newColIndex) >= dim.width:
return
if (newColIndex) < 0:
return
if (newRowIndex) >= dim.height:
return
if (newRowIndex) < 0:
return
# we try to go to Cover -not connected
NextCord = Point.ToGridNode(newColIndex, newRowIndex, dim.height)
if self._Csvreader.Matrix.item(
(colIndex, rowIndex
)) == self._Consts.SafePointValue or self._Csvreader.Matrix.item(
(newColIndex, newRowIndex)) == self._Consts.SafePointValue:
# we set connectivity
self._Graph.add_edge(
NextCord, cord, weight=self._Consts.ConnectedGraphVertexWeight)
else:
# Alt Diff Issue
AltDiff = abs(
self._Csvreader.Matrix.item((colIndex, rowIndex)) -
self._Csvreader.Matrix.item((newColIndex, newRowIndex)))
if AltDiff >= self._Consts.MaximumAltDif:
return
# we set connectivity
self._Graph.add_edge(
NextCord, cord, weight=self._Consts.ConnectedGraphVertexWeight)
@property
def valid(self) -> bool:
return self._Valid
class MapHolder:
def __init__(self,configProvider):
self._GraphLoaded = False
self._Consts=Constants()
self._ConfigProvider=configProvider
self._MovementCalculator=MovementCalculator(configProvider)
self._Csvreader=CSVMatrixReader()
self._LosCalculator = LosCalculator()
self._GraphLoaded=False
self._DrawGraphs=bool(self._ConfigProvider.getValue('Game.Config', 'DrawMapHolderGraph').lower() in ("true"))
def loadMap(self,mapname):
self._Csvreader.parse(mapname)
if self._Csvreader.fileLoaded:
self._GraphLoaded =self._LoadData(mapname)
self._Mapname = mapname
return self._Csvreader.fileLoaded and self._GraphLoaded
def _LoadData(self,mapname):
try:
self._PointsControl= {}
controllingPointsfile=os.path.join(os.path.dirname(mapname), self._Consts.ControllingPointsFileName)
print("Attempting to load {} form controllingpoints".format(controllingPointsfile))
with io.open(controllingPointsfile, 'r') as f:
controllingpoints_frozenstate = f.read()
tempDict = jsonpickle.decode(controllingpoints_frozenstate)
dim=self.getMapDim()
for RowIndex in range(0, dim.width):
self._PointsControl[RowIndex] = {}
for ColIndex in range(0, dim.height):
self._PointsControl[RowIndex][ColIndex]=tempDict['{}'.format(RowIndex)]['{}'.format(ColIndex)]
movementgraphname = os.path.join(os.path.dirname(mapname), self._Consts.MovementGraphFileName)
print("Attempting to load {} form movementgraphname".format(movementgraphname))
with io.open(movementgraphname, 'r') as f:
movementgraph_frozenstate = f.read()
dumps=jsonpickle.decode(movementgraph_frozenstate)
self._Graph = json_graph.node_link_graph(dumps)
safepointsfilename = os.path.join(os.path.dirname(mapname), self._Consts.SafePointsFileName)
print("Attempting to load {} form safepointsfilename".format(safepointsfilename))
self._SafePoints = []
with io.open(safepointsfilename, 'r') as f:
safepoints_frozenstate = f.read()
self._SafePoints = jsonpickle.decode(safepoints_frozenstate)
return True
except:
print(sys.exc_info())
return False
def drawGraph(self):
if self._GraphLoaded:
graph_pos = nx.shell_layout(self._Graph)
nx.draw_networkx_nodes(self._Graph, graph_pos, node_size=1000, node_color='blue', alpha=0.3)
nx.draw_networkx_edges(self._Graph, graph_pos)
labels = {}
for Idx in range(0,len(self._Graph.nodes().keys())):
labels[Idx] = "({0}-{1})".format(self._Graph.nodes[Idx]["X"], self._Graph.nodes[Idx]["Y"])
nx.draw_networkx_labels(self._Graph, graph_pos,labels=labels, font_size=12, font_family='sans-serif')
plt.show()
def getMapDim(self):
dim=Dimensions(0,0)
if self._Csvreader.fileLoaded:
dim.width,dim.height=self._Csvreader.Matrix.shape
return dim
def mayMove(self,pFrom:Point,pTo:Point):
if not self._Csvreader.fileLoaded:
return False
if not self._GraphLoaded:
return False
dim=self.getMapDim()
if dim.IsPointInDim(pFrom)==False:
return False
if dim.IsPointInDim(pTo)==False:
return False
NodeFrom = Point.ToGridNodeFromPoint(pFrom, dim.height)
NodeTo = Point.ToGridNodeFromPoint(pTo, dim.height)
return self._MovementCalculator.mayMove(NodeFrom,NodeTo,self._Graph)
def isLOS(self,pFrom:Point,pTo:Point):
if not self._Csvreader.fileLoaded:
return False
if not self._GraphLoaded:
return False
dim=self.getMapDim()
if dim.IsPointInDim(pFrom)==False:
return False
if dim.IsPointInDim(pTo)==False:
return False
return self._LosCalculator.IsLos(pFrom,pTo,self._Csvreader.Matrix)
def getPath(self,pFrom:Point,pTo:Point):
if not self._Csvreader.fileLoaded:
return PathResult([],False)
if not self._GraphLoaded:
return PathResult([],False)
dim=self.getMapDim()
if dim.IsPointInDim(pFrom)==False:
return PathResult([],False)
if dim.IsPointInDim(pTo)==False:
return PathResult([],False)
if(pFrom==pTo):
return PathResult(pTo,True)
NodeFrom = Point.ToGridNodeFromPoint(pFrom, dim.height)
NodeTo = Point.ToGridNodeFromPoint(pTo, dim.height)
path=self._MovementCalculator.getPath(NodeFrom,NodeTo,self._Graph)
if self._DrawGraphs and path.valid:
# we set connectivity
drawingGraph=nx.Graph()
for idx in range(len(path.nodelist)):
drawingGraph.add_node(idx)
drawingGraph.nodes[idx]["X"] = path.points[idx].x
drawingGraph.nodes[idx]["Y"] = path.points[idx].y
drawingGraph.nodes[idx]["RealID"] = path.nodelist[idx]
for idx in range(len(path.nodelist)):
for inneridx in range(len(path.nodelist)):
if(idx!=inneridx and self._Graph.has_edge(path.nodelist[idx],path.nodelist[inneridx])):
drawingGraph.add_edge(idx,inneridx, weight=self._Consts.ConnectedGraphVertexWeight)
graph_pos = nx.shell_layout(drawingGraph)
nx.draw_networkx_nodes(drawingGraph, graph_pos, node_size=1000, node_color='blue', alpha=0.3)
nx.draw_networkx_edges(drawingGraph, graph_pos)
labels = {}
for Idx in range(0, len(drawingGraph.nodes().keys())):
labels[Idx] = "({0}-{1})".format(drawingGraph.nodes[Idx]["X"],drawingGraph.nodes[Idx]["Y"])
nx.draw_networkx_labels(drawingGraph, graph_pos, labels=labels, font_size=12, font_family='sans-serif')
plt.show()
return path
def getAlt(self,location:Point):
dim = self.getMapDim()
if dim.IsPointInDim(location) == False:
return self._Consts.InValidAlt
nodeloc = Point.ToGridNodeFromPoint(location, dim.height)
return self._Csvreader.Matrix[location.y,location.x]
def isCloseToSafty(self, location: Point):
for safty in self._SafePoints:
pathresult=self.getPath(location,safty)
if pathresult.valid and pathresult.length<=self._Consts.SafetypointCloseRange:
return True
return False
def isSafePoint(self, location: Point):
for safty in self._SafePoints:
if safty==location:
return True
return False
@property
def mapLoaded(self):
return self._Csvreader.fileLoaded
@property
def graphLoaded(self):
return self._GraphLoaded
@property
def map(self):
return self._Csvreader.Matrix
@property
def pointscontrol(self):
return self._PointsControl
@property
def saftypoints(self):
return self._SafePoints
def test_Parse_Fail_TooManyItems(self):
RealPath = os.path.join(os.path.dirname(__file__),
'..Maps/TooManyCollsTestMap/Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
self.assertFalse(csvreader.fileLoaded, "error")
def test_Parse_OK(self):
RealPath = os.path.join(os.path.dirname(__file__),
'../Maps/TestMap/Map.csv')
csvreader = CSVMatrixReader()
csvreader.parse(RealPath)
self.assertTrue(csvreader.fileLoaded, "error")